Sentence examples for energetically active from inspiring English sources
The graphene-like ultrathin BiOCl nanosheets with thickness of about 3.7 nm expose the renowned energetically active (0 0 1) facet, enabling the fast separation and transport of photogenerated electron hole pairs.
The enhanced sensitivity as well as the faster response of Pd-GM sensors is strongly associated with the existence of energetically active edges along the holes of the graphene mesh [30].
It is believed that this phenomenon results from the energetically active edges formed during electroporation, which can act as the local defect point to nucleate stalk growth between two bilayers.
Electron microscopy showed defects in mitochondria in energetically active tissues, including neurons [ 30].
Cell medium was then discarded and the formazan crystals accumulated within the energetically active cells were dissolved in 100% DMSO and the absorbance measured using a multiwell plate reader at 570 nm.
It follows that such people would have greater difficulty in tolerating dietary restriction (because the more energetically active lean mass would sustain a drive for a minimal amount of food).
Significantly, just as free active amino acids (e.g. aa-AMP), amino acid residues covalently charged on the RNAs' chain end is also energetically activated for reactions that might involve the amino acids [ 73].
To the contrary, the adsorption capacity was increased which is due to the utilization of less accessible or energetically less active sites.
Participants were classified as 'active' if they indicated a positive response to engaging in 'moving, walking and working energetically and participating in vigorous exercise'; alternatively, participants were classified as sedentary.
The assimilation of energy storage units in power system can curtail the oscillations energetically by contributing fast active power compensation.
The active, yet energetically inefficient electron transport chain of the ethanologenic bacterium Zymomonas mobilis could be used in metabolic engineering for redox-balancing purposes during synthesis of certain products.
